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首页> 外文期刊>Journal of Engineering & Applied Sciences >Mechanized System for Monitoring Performance of Ballast Water Management System Operations on Ship
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Mechanized System for Monitoring Performance of Ballast Water Management System Operations on Ship

机译:监测船舶镇流器水管理系统操作性能的机械化系统

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摘要

This study investigations in detail the reasons why supervision for the consistent operation of Balance Water Treatment Frameworks (BWTS) is vital. Logical commitments made by researchers who proposed different techniques for quick balance water testing because of questions in the steady nature of BWTS operations were examined. The proposed discovery models depended on taking examples and breaking down them simply after the balance water was dealt with utilizing one of the current BWTS. An altogether new framework is proposed where on account of an operational glitch in a BWTS on a ship, the staff at the terminal be advised quickly when a ship has an operational breakdown in the BWTS. As such, it would be possible to determine that the ballast water had perhaps not been treated at all or partially while cargo operations and ballasting were fully performed. The ballast water with that quality would not be allowed to be unloaded at the next port as there is a possibility that it was not treated at all or partially. Tn accepting this proposal worldwide, there would be greater safety in the operations of BWTS and more confidence in the cargo operations of shipping companies, as well as their crew members.
机译:本研究详细调查了为什么衡量水处理框架(BWT)一致运作的监督的原因至关重要。研究人员提出的逻辑承诺提出了在BWTS操作的稳定性质中进行快速平衡水测试的快速平衡水测试。建议的发现模型取决于采用示例并仅在利用当前BWTS之一处理平衡水之后简单地分解它们。建议一个完全新的框架,在船上的BWTS中的运营毛刺时,当船舶在BWTS中的操作崩溃时,终端的工作人员被建议。因此,可以确定镇流器水可能没有完全或部分地治疗,而在货物运算和压载是完全进行的。由于可能根本或部分地未治疗,压载水与质量不允许在下一个端口卸载。 TN在全球范围内接受这一提议,BWTS的运营将会更大的安全,并对运输公司的货物运营以及船员成员的货物运营更有信心。

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